Can AI read a network diagram drawn on a whiteboard?

Network diagrams on whiteboards follow a consistent visual vocabulary: rectangles or icons represent devices (servers, load balancers, firewalls, switches), lines represent connections, labels indicate protocols or IP ranges, and boxes around groups indicate VLANs or subnets.

Whiteboards are common in network architecture meetings — a new infrastructure design, a security review, a data center layout. The output matters, but the whiteboard itself is perishable.

What BoardSnap reads from a network diagram:

• Device labels (server names, router labels, firewall designations)
• Connection lines and any labeled protocols (TCP, HTTPS, gRPC, SSH)
• Subnet or VLAN boundary boxes with labels
• IP range annotations written beside segments
• Redundancy or failover paths when drawn with distinct lines or labels
• Open questions or risks noted in margins

The output: BoardSnap returns a plain-text summary of the topology — nodes, connections, and annotations — plus any action items that emerged from the design session. This is useful for starting a formal network diagram in Cisco Packet Tracer, Lucidchart, or draw.io; for feeding a Confluence infrastructure doc; or for sharing with a stakeholder who wasn't in the room.

Limitations: BoardSnap does not read Cisco icon conventions or decode proprietary diagram notation. Text-labeled components work best. Very complex topologies with dozens of nodes and crossing connections may produce a less granular summary — splitting large diagrams across multiple boards and snapping each section separately improves output quality.

When to use what: Use BoardSnap to capture and summarize the whiteboard version of a network design. Use a dedicated network diagramming tool (Lucidchart's network shapes, draw.io, or Cisco tools) for the formal deliverable.